Assistant Professor, Energy & Petroleum Engineering, Tenure-Track

University of North Dakota

Grand Forks, ND

JOB DETAILS
SKILLS
Artificial Intelligence (AI), Background Investigation, College Level Faculty, Communication Skills, Conservation, Data Analysis, Emerging Technology, Energy Engineering, Energy Modeling, Funding, Geology, Internet Security, Interpersonal Skills, Manufacturing, Mentoring, Online Courses, Petroleum Engineering, Presentation/Verbal Skills, Private Funding, Process Engineering, Publications, Research Skills, Simulation, Strategic Planning, Systems Analysis, Systems Engineering, Teach Graduate Students, Team Player, Training/Teaching, Writing Skills
LOCATION
Grand Forks, ND
POSTED
30+ days ago

Assistant Professor, Energy & Petroleum Engineering, Tenure-Track 497788

Grand Forks, North Dakota, United States

Full-time Faculty

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Salary/Position Classification

$90,000+, depending on experience, 9-month contract, Exempt

40 hours per week

This position will work onsite at UND Grand Forks, ND campus

Purpose of Position

The Department of Energy & Petroleum Engineering at the University of North Dakota (UND) invites applications for a tenure-track Assistant Professor position. We seek a dynamic and innovative educator and researcher passionate about energy with a strong commitment to advancing both teaching and research excellence.

Energy systems (both conventional and renewable), geothermal energy, systems analysis, modeling and optimization, grid simulation, geological storage of carbon dioxide and hydrogen, energy materials research, and energy storage systems are all of particular interest. The chosen candidate will be expected to mentor or advise graduate students, teach graduate courses, and create advanced energy engineering courses in their area(s) of specialization.

Duties & Responsibilities

The successful applicant will receive a contract with an approximate distribution of 40% teaching, 40% research, and 20% service effort. UND and the College of Engineering & Mines value diverse perspectives and seek applicants to help students succeed. The successful candidate will demonstrate outstanding promise for establishing a sustainable research program that will attract external funds and be aligned with the UND LEADS Strategic Plan.

Teaching energy engineering courses at the graduate level. Courses may include: Energy Systems Engineering, Energy Storage Systems, Energy Systems Optimizations, and Engineering System Dynamics. Courses could be on-campus (in-person)/online courses, and both term-based and self-paced asynchronous online courses.

Incorporate modern industry practices, AI/data analytics, and emerging energy technologies into coursework.

Advise and mentor graduate students.

Work collaboratively with other EPE Department faculty to achieve consistent and high-quality learning environments.

Advise and mentor graduate students; direct graduate theses and independent study projects.

Establish a solid and productive research program in energy engineering, including seeking extramural funding to support individual and collaborative projects.

Serve as a catalyst for attracting and supporting graduate students in the EPE Program.

Encouraged to conduct interdisciplinary research with the College's existing research centers, including Process Engineering, AI, Cybersecurity, Water, Materials and Manufacturing, and Engineering Education.

  • Required Competencies

Excellent written and oral communication skills, including demonstrated ability to teach, inspire, and mentor students with commitment to student success.

Ability to develop an independent, externally funded research program

Effective interpersonal skills, including the ability to collaborate effectively with faculty, staff, and students.

Ability to engage industry partners and connect course content to the practice of engineering in the field.

Minimum Requirements

Ph.D. degree in Energy Engineering, or a closely related field.

Three years of professional experience outside of academia, working in an engineering role in the energy industry.

Record of peer-reviewed publications in high-quality journals.

Proficiency in the use of relevant software like: Ansys, GAMS, SAMS, HOMER, and other energy modeling and conservation software.

Successful completion of a Criminal History Background Check

In compliance with federal law, all persons hired will be required to verify identity and eligibility to work in the US and to complete the required employment eligibility verification form upon hire.

Preferred Qualifications

Experience and interests at the intersection of surface energy systems and subsurface systems

Teaching experience at the undergraduate and graduate levels

Record of success in securing external research funding

Five years of

About the Company

U

University of North Dakota